This Learning Resource is based on the American Panorama Map "Electing the House"

This Learning Resource is based on the Bunk excerpt of The Nib's "The Black Radical You've Never Heard Of"

This resource consists of a Java applet and descriptive text. The applet illustrates the number of trials needed to get a specified number of successes in Bernoulli trials, in terms of random points on a discrete timeline. The applet illustrates the negative binomial distribution. The number of successes and the probability of success can be varied.

Use the Google Jamboard to compare and contrast features of Local Access Networks and Wide Area Networks.

This lesson remixes an original lesson plan created by Austin Meyer entitled: "Teach Design: New Choice." This will work well as an introduction to a storytelling unit or a creative writing class. It is also a fun and interactive anticipatory activity when introducing the idea of close-reading for authorial choice. Students will work in small groups to create an original story based on a whole-class prompt. Each group, however, will have a different literary element to change as the story continues (for example, character or conflict). When "new choice" is called, a new storyteller from the group takes over and adjusts the story as needed in order to meet the challenge of the new choice.

This lesson remixes an original lesson plan created by Austin Meyer entitled: "Teach Design: New Choice." This will work well as an introduction to a storytelling unit or a creative writing class. It is also a fun and interactive anticipatory activity when introducing the idea of close-reading for authorial choice. Students will work in small groups to create an original story based on a whole-class prompt. Each group, however, will have a different literary element to change as the story continues (for example, character or conflict). When "new choice" is called, a new storyteller from the group takes over and adjusts the story as needed in order to meet the challenge of the new choice.

This resource teaches students about balanced forces, unbalanced forces, and Newton's three laws through the game of baseball. It is interactive and uses short videos and simulations to help students learn the content. It culminates with a project at the end.

This resource consists of a Java applet and expository text. The applet simulates a random sample from a normal distribution, and computes standard point estimates of the distribution mean and standard deviation. The bias and mean square error are also computed.

Use this game to reinforce the concept of odd and even numbers. This game can be played as a teacher led whole group activity. The ppt. slides can be displayed by the teacher on the white board and students can solve the riddles on their dry erase board and then show their answers to the teacher.  

See how the equation form of Ohm's law relates to a simple circuit. Adjust the voltage and resistance, and see the current change according to Ohm's law. The sizes of the symbols in the equation change to match the circuit diagram.

In this exciting and interactive experiment, students will have the opportunity to discover and understand the relationship between force and mass regarding the movement of various-sized balls. Through the use of Spheros, these ingenious devices will enable students to apply force to balls of different sizes, including the wiffle ball, racquetball, softball, and ping pong ball. By observing the fascinating dynamics at play, students will gain invaluable insights into how force and mass influence the trajectory, speed, and overall movement of these balls. This hands-on activity is sure to spark curiosity and foster a deeper appreciation for the principles of physics in a fun and engaging manner.

This chart assignment is meant as a review and a second part to the first Computer Operating System Tasks (WS 1).  The student will mark each task with the appropriate purposes of the task in relationship to how the computer communicates, security protocols, storage and management of files, and its performace speed and accuracy.This can be used as an exit pass, interactive notebook or binder page, a small group or whole group assignment, or an independent activity/worksheet.This link will take you to the first WS if interested:  https://goopenva.org/courseware/lesson/4254This link will take you to the Computer OS poster/image for reference and use if interested: https://goopenva.org/courseware/lesson/4254

Mic Drop Maths is a mathematics podcast for 5th graders based on the VA Standards of Learning. Each episode addresses one standard and is broken into segments including concept, real-world application, math history, literature connections, misconceptions, and more! There is music, sound effects, jokes, and student voice in each engaging and entertaining episode. 

This resource consists of a Java applet and expository text. The applet simulates the order statistics of a random sample from a given distribution. The sample size, order, and sampling distribution can be specified.

Out of My Mind is a chapter book that I read aloud to my upper elementary students. It is about a girl named Melody that has an amazing memory. She is extremely bright, but is unable to communicate verbally. She was born with cerebral palsy which affected her speech and her ability to move and function without the use of a wheelchair and communication board. She is very limited in what she can express and do, and for that reason, people treat her as if she is not smart or capable of learning.   

During the 1840s tens of thousands of American migrants made long journeys through the American West seeking land in Oregon, gold in California, and religious liberty in Utah.

Want to introduce some basic coding and real life examples of the Scientific Method? This is the lesson for you. Using either the online program MakeCode, or by purchasing the Handheld Kitronik Arcades, the students will be performing an experiment while coding a maze game. No purchases required if students only use the online platform. A whole lesson ready to engage your students and use Computer Science and the Scientific Method!